Kenichi Kadoguchi

Nagoya University, The University of Tokyo

Papers

Total Citations

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About

Kenichi Kadoguchi is a pioneer in the field of optical nanomanipulation, specializing in the development of optically driven micro- and nano-robots for biological and biomechanical sensing. His major contributions center on creating remotely controllable tools that enable the precise manipulation and mechanical analysis of single cells and biomolecules in liquid environments. In his highly cited 2008 work, Kadoguchi introduced an "optical driven master-slave controllable nano-manipulator" featuring real-time force sensing, effectively establishing a "nano-mover" capable of multi-degree-of-freedom manipulation with simultaneous reaction force feedback—a breakthrough for single-cell biology. Building on this, his 2012 research advanced the field by developing a novel optically driven micro-robot with parallel nanobeams, designed as a "nanoscale dynamic viscoelasticity analyzer" to probe the mechanical properties of cellular proteins. Though his citation counts are modest, Kadoguchi’s work represents foundational engineering in opto-mechanical systems for biology, offering innovative solutions for studying cellular mechanics at unprecedented scales. His achievements highlight a unique intersection of optics, robotics, and biophysics, making him a notable figure in the development of lab-on-a-chip and single-cell analysis technologies.